Model 5025 Squat High Pull: Commercial Plate Loaded Squat High Pull Machine for Wholesale, OEM, ODM & Fitness Equipment Importers

Product Card and Technical Specifications
|
Attribute |
Specification |
|---|---|
|
Product code |
5025 |
|
Product name |
Squat High Pull |
|
Resistance system |
Plate loaded |
|
Assembled dimensions |
1650 × 1150 × 1050 mm (65 × 45 × 41 in) |
|
Net weight |
99 kg (218 lb) |
|
Shipping volume |
0.35 m³ |
|
Training position |
Angled torso, seated squat-to-pull |
|
Primary targets |
Quadriceps, glutes, trapezius, deltoids |
|
Secondary muscles |
Hamstrings, erector spinae, forearms, core stabilisers |
|
Movement |
Combined hip extension and vertical pull |
|
Suitable floors |
Strength gyms, athletic performance centres, Cross-Training boxes, rehabilitation studios, hotel fitness rooms |
|
Order formats |
Wholesale, OEM, ODM, private label, container mix |
|
Customisation options |
Frame colour, upholstery colour, branding, handle type, shroud finish |
Why the Squat High Pull Fits Modern Functional Training
Strength programming increasingly values movements that train two joint actions in one repetition. The squat high pull combines a standing squat pattern with a high pull, linking lower-body drive to upper-body elevation. Model 5025 delivers that sequence on a guided path, removing bar stabilisation and balance demands while preserving the explosive transition between hip extension and shoulder elevation.
The movement begins from an angled squat position. The hips move backward, the knees bend, and the torso remains braced against the pad. As the legs drive upward, the handles rise through a fixed arc toward the upper chest or shoulder level. That continuous action trains the stretch reflex at the bottom and the transfer of force through the trunk, which is why the exercise appears in strongman, athletic development and functional fitness programmes.
A second benefit is shoulder safety. Members who cannot safely receive a barbell in the front-rack position can still perform a high pull on a guided track. The path controls elbow flare and limits the overhead component, reducing impingement exposure. Members returning from shoulder complaints should still obtain clinician clearance, but the machine offers a lower-risk introduction to vertical pulling mechanics.
The third advantage is conditioning efficiency. Because both the lower and upper body work in one repetition, short timed sets elevate heart rate faster than isolation machines. Coaches can rotate members through thirty-second intervals with incomplete recovery, turning one station into a conditioning tool as well as a strength builder.
Price Positioning Against Competing Categories
The squat high pull sits in a specialist segment, so buyers should compare it with related plate loaded and functional equipment rather than with single-purpose machines alone.
|
Equipment category |
Typical price range |
Commercial distinction |
|---|---|---|
|
Plate loaded chest press |
USD 600 – 1,300 |
Fixed upper-body press |
|
Iso-lateral decline bench |
USD 700 – 1,300 |
Decline torso angle, dual arms |
|
Selectorised chest press |
USD 700 – 1,600 |
Integrated weight stack |
|
Plate loaded shoulder press |
USD 700 – 1,300 |
Converging overhead press |
|
Functional trainer |
USD 2,000 – 6,000 |
Dual cable pulley system |
|
Plate loaded high pull |
USD 900 – 1,500 |
Vertical pull arc, plate horns |
|
Squat high pull machine |
USD 1,200 – 2,000 |
Combined squat and pull sequence |
|
Combo strength or strongman unit |
USD 2,000 – 4,000 |
Multiple movement patterns |
Model 5025 sits within the specialist plate loaded bracket. Its 99 kg net weight is lighter than a leg press or jammer because the movement depends on a guided arc rather than a massive carriage. The 0.35 m³ carton volume is unusually compact, which makes the unit highly efficient to consolidate with larger strength equipment.
Construction Checklist for Commercial Buyers
|
Component |
Commercial specification |
Failure risk if removed |
|---|---|---|
|
Main frame steel |
11-gauge or 3 mm equivalent |
Frame flex and pivot wear |
|
Welds |
Continuous robotic or TIG welds |
Cracks at the base and arm joints |
|
Finish |
Electrostatic powder above 150 microns |
Corrosion and cosmetic wear |
|
Pivot |
Sealed bearings with grease access |
Rough movement and uneven loading |
|
Roller or guide path |
Hardened rails or bearing carriage |
Binding during fast repetitions |
|
Back pad |
High-density foam with reinforced cover |
Collapse and hygiene complaints |
|
Footplate |
Non-slip surface with stable stance width |
Foot slip during explosive drives |
|
Handle |
Rotating or knurled grip |
Wrist discomfort and limited movement |
|
Documentation |
Assembly guide, parts list, maintenance sheet |
Longer commissioning and higher support cost |
Explosive training changes the force profile. Slow repetitions apply steady pressure, but high pulls generate rapid acceleration followed by abrupt deceleration at the top. The pivot and guide system must absorb that shock repeatedly. Buyers should request a demonstration video showing the empty arm travelling at speed, then ask for the bearing specification and whether the design includes any form of dampening.
Market Demand and Procurement Economics
Health clubs and fitness centres account for 68.3 percent of global end-user demand for commercial strength equipment, while commercial strength machines represent 37.4 percent of the market by equipment type. Functional training continues to influence that demand because members want movements that combine several muscle groups and resemble sport or daily activity.
Direct sourcing from a manufacturer can reduce landed cost by around 20 to 40 percent against Western distribution channels when the buyer manages freight and customs. Typical order economics are:
|
Route |
Typical order volume |
Pricing implication |
|---|---|---|
|
Full container load |
150 – 300 pieces |
Best unit price |
|
Regional distributor |
10 – 50 pieces |
Around 10 – 15% above container pricing |
|
Local dealer |
Individual units or small lots |
Close to retail |
|
Wholesale shipment |
USD 5,000 – 20,000 minimum |
Required for bulk container orders |
Operational benchmarks suggest one combined squat and pull station per 100 to 150 members, although queue length during peak periods should determine the final count. Replacement studies indicate that operators refresh 18 to 22 percent of strength inventory each year, with selectorised machines lasting five to eight years and plate loaded equipment often serving seven to ten years in commercial conditions.
Exercise Execution and Programming
Set the back pad so the torso remains supported at the starting angle and adjust the handle to a comfortable height. Stand with feet hip-width apart on the footplate, knees slightly bent and trunk braced against the pad. Drive through the feet to extend the hips and knees, then pull the handles upward along the arc toward the upper chest or shoulder level. Pause briefly at the top, then resist the return for two to three seconds until the starting position is reached.
Timing separates a strength set from a conditioning set. For power development, the upward phase should be fast and the lower phase controlled. For hypertrophy, both phases move at moderate speed with a clear contraction at the top. Members should avoid yanking the handles or rising onto the toes, since that shifts load away from the hips and into the lower back.
For muscle development, three to four sets of eight to twelve repetitions at 65 to 75 percent of maximum work well. Strength training uses four to five sets of four to six repetitions at 80 to 90 percent. Explosive power protocols apply three to five sets of three to five repetitions with moderate loads and full recovery. Conditioning formats use timed sets of ten to thirty seconds with incomplete rest.
A complete session combines the squat high pull with a horizontal press or row, a single-leg movement and a core exercise. The pull handles vertical and hip-extension loading, while the other movements cover pushing, pulling and stability demands.
Frequently Asked Questions
Is model 5025 suitable for beginners?
Yes, provided the sequence is taught with an empty horn or very light plate. The guided path removes bar stabilisation, but members still need instruction on bracing and foot placement.
What load capacity should a buyer specify?
Many commercial designs accept up to four 45 lb plates per horn, with total assembled loads around 550 lb split between both sides. Request the exact per-horn rating in writing and confirm compatibility with the local plate standard.
Does the machine need floor anchoring?
In most commercial settings, a bolt-down base is recommended. Explosive diagonal loading can shift a freestanding unit, especially during high-velocity sets. Request bolt-hole positions and anchor size before installation.
Can one squat high pull serve a group training circuit?
It can rotate members through short sets, but throughput is limited. Teams running conditioning circuits should plan one station per six to eight athletes or use multiple units to avoid queues.
What maintenance does the category require?
Inspect pivot bolts monthly, check the footplate grip and handle rotation, re-tighten frame bolts after the first 90 days, and clean the guide rails weekly. A documented maintenance schedule supports the seven to ten year service life expected from commercial plate loaded equipment.
Can the unit be custom-branded?
Yes. Standard options include frame coating, upholstery colour, branding placement and shroud finish. Matching these finishes across a container mix creates a consistent visual identity throughout the strength zone.
Final Sourcing Notes
Model 5025 occupies a useful position between single-purpose machines and open functional training areas. The combined squat and high-pull sequence develops hip drive, upper-back elevation and core bracing in one repetition, while the guided arc removes the stabilisation demands of free-weight variations. At 1650 × 1150 × 1050 mm and 99 kg net weight, the station remains compact enough for studios and hotel fitness rooms. The 0.35 m³ shipping cube is unusually efficient, allowing the product to consolidate economically with larger items. Wholesale, OEM and ODM buyers should request steel thickness documentation, weld inspection records, guide-rail bearing specifications, exact crate dimensions, assembly instructions and a spare-part price list before paying a deposit. They should also verify bolt-down requirements and reserve clear space around the footplate.






